What specific metabolic condition can be induced by Sodium Bicarbonate use, potentially leading to dysrhythmias?

Prepare for the New South Wales Ambulance Pharmacology Exam. Use engaging flashcards and multiple choice questions with detailed hints and explanations to maximize your exam readiness.

Multiple Choice

What specific metabolic condition can be induced by Sodium Bicarbonate use, potentially leading to dysrhythmias?

Explanation:
Sodium bicarbonate is primarily used to treat metabolic acidosis by increasing the pH level in the body. However, one of the notable effects of administering sodium bicarbonate is the potential development of metabolic alkalosis. When sodium bicarbonate is introduced into the system, it can lead to an increase in bicarbonate ions in the blood, which raises the blood's pH, causing alkalosis. This metabolic alkalosis can disrupt the electrolyte balance, particularly affecting potassium levels within the body. As potassium levels fluctuate, it can lead to hypokalaemia, which may result in dysrhythmias. Therefore, understanding the relationship between sodium bicarbonate administration and its potential to induce metabolic alkalosis is crucial for managing patient care effectively, especially when monitoring for cardiac irregularities that may arise as a consequence.

Sodium bicarbonate is primarily used to treat metabolic acidosis by increasing the pH level in the body. However, one of the notable effects of administering sodium bicarbonate is the potential development of metabolic alkalosis. When sodium bicarbonate is introduced into the system, it can lead to an increase in bicarbonate ions in the blood, which raises the blood's pH, causing alkalosis.

This metabolic alkalosis can disrupt the electrolyte balance, particularly affecting potassium levels within the body. As potassium levels fluctuate, it can lead to hypokalaemia, which may result in dysrhythmias. Therefore, understanding the relationship between sodium bicarbonate administration and its potential to induce metabolic alkalosis is crucial for managing patient care effectively, especially when monitoring for cardiac irregularities that may arise as a consequence.

Subscribe

Get the latest from Examzify

You can unsubscribe at any time. Read our privacy policy